DSD series universal electric screwdriver DSD electric screwdriver driver is highly adaptable and supports mainstream screw machine controllers in the market. Interface parameter settings, convenient user debugging and easier to use 16 tasks can be switched through DI or 485 communication Special electric screwdriver software supports real-time display of torque curve and historical curve viewing Wide torque range, 0.6~240kgf.cm Typical applications: LED, plastic toys, hardware, home appliances, power tools, Bluetooth products, car audio, car lampshades, car air conditioners, energy storage products, automobiles and peripheral products

GSD series machine-type intelligent electric screwdriver Support barcode scanner MES data upload Report generation and historical data query Typical applications: Mobile phones, computers, televisions, satellite antennas and other precision instruments

   MCC-32E is an EtherCAT control card that controls the motion of 32-axis motors with a bus refresh cycle of 1ms. It comes with 1 auxiliary encoder input, 8 digital inputs and 8 digital outputs (including 4 high speed PWM outputs). With CAN, RS485 bus, expandable 512/256/128 input\output\AD\DA, support Basic multi-tasking programming, 6 tasks, 10 files, so that program developers can easily write programs. And in linear, circular and spiral interpolation, space arc, support speed preview, electronic gear, electronic cam, motion superposition, virtual main axis, hardware latch, comparison output and other functions, it is comparable to the pulse type controller. In addition, it provides 4 high-speed color-coded inputs, 1us measurement accuracy, and supports continuous latching. This control card adapted to various types of robots (Delta, SCARA) multi-axis group, multi-manipulator coordinated motion.

  MCC800S high performance motion control card, a PCI bus based motion controller for controlling stepper motors and servo systems. Motion planning through ARM and FPGA, can control 1-8 axes servo or stepper motor, support 2-8 axes linear interpolation, arbitrary 2-axis plane circular interpolation, arbitrary 3-axis space circular/coil interpolation. Each axis has a maximum pulse frequency of 4MHz and an encoder input signal. Interpolation motion has S-type speed curve, small circle speed limit, PWM vector speed follow, backlash compensation, system maximum acceleration limit and other functions.     MCC800S matched terminal board has multi-channel general I/O, supporting high-speed position latching and position comparison output, continuous interpolation buffer I/O, external bus I/O expansion, greatly satisfying customers' various control requirements for I/O .      This product is equipped with a dynamic link library under Windows XP/Win7, which is convenient for customers to write their own application software. At the same time, it provides motion debugging software, which can demonstrate the function of this card. it also can be used to tests the operation of motion control cards, motors, drives and motion platforms.     Typical Application:            Electronic manufacturing processing and testing equipment, engraving equipment, cutting equipment, placement machine, laser processing equipment, dispensing equipment, spraying, welding equipment, loading and unloading robots, etc.

   MCC1410C is a PCI-based pulsed motion control card that can control up to four stepper motors or servo motors. Its core is composed of FPGA single chip. With plug and play, hardware linear interpolation, S-type speed control curve and other functions. The position command can be output in single pulse (pulse + direction) or double pulse (CW pulse + CCW pulse).      MCC1410C is an economical point motion control card with simple programming and multiple functions. It is widely used in semiconductor processing and testing equipment, electronic testing equipment, medical testing equipment, packaging equipment etc. Typical Application: High speed and high precision X-Y-Z motion platform control; PC platform machining center; Semiconductor processing and testing equipment, electronic testing equipment, medical testing equipment, packaging equipment.

MCC800P is a PCI-based motion control card for controlling stepper motors and servo systems. Motion planning through ARM and FPGA, pulse commands can be output, which can control 1-8 axes servo or stepper motor at the same time. The maximum frequency of each axis is 4MHz, and the 8-axis encoder input signal can be detected. It supports linear and circular interpolation, supports trapezoidal and S-shaped acceleration and deceleration point-to-point motion control, and supports speed/positoion change during motion. The position command can be output by single pulse (pulse + direction) or double pulse (CW + CCW pulse); it can be a differential output circuit or a single-ended output circuit. MCC800P matched terminal board has multiple general I/Os, supports high-speed position latching and position comparison output. External bus I/O expansion greatly satisfies customers' various control requirements for I/O. This product is equipped with a dynamic link library under Windows XP/Win7, which is convenient for customers to write their own application software. At the same time, it provides motion debugging software, which can demonstrate the function of this card, it also can be used to tests the operation of motion control cards, motors and drives and motion platforms. Typical Application: Widely used in PCB industry, semiconductor packaging industry, electronic processing industry, sheet metal processing industry, testing industry, such as: PCB drilling machine, PCB punching machine, solid crystal machine, ultrasonic wire bonding machine.